Home Tabor | Rack Mount Modules Model LSX2091R
Image 1
Tabor | Rack Mount Modules

Model LSX2091R

Now includes NABL Calibration Certificate.
Rs. 3528060.00

LSX2091R is a 20 GHz single-channel microwave signal generator in a 1U, 19” rack-mounted unit. It delivers high-performance signal purity, fast switching, and full analog modulation, making it ideal for high-frequency RF and microwave testing in advanced lab and production environments..

Quantity:
- +
Product added to cart successfully
  • Detail
  • Special Features
  • Specification

The LSX2091R extends Tabor’s RF signal generation capabilities into the microwave frequency domain, supporting precise signal output up to 20 GHz. Designed in a 1U rack-mount format, it delivers outstanding spectral purity and modulation versatility, making it an excellent fit for radar systems, telecom components, and military communication testing.

It supports standard analog modulation types including AM, FM, PM, Sweep, and Pulse, and is optimized for remote automation in rack-based validation environments. The fast switching time, high output resolution, and compact footprint make it highly efficient for use in automated test equipment (ATE) and high-throughput production.

  • Single microwave output with frequency range up to 20 GHz

  • Compact 1U, 19” rack-mountable form factor

  • AM, FM, PM, Sweep & Pulse modulation support

  • Ultra-fast switching speed (<100 µs typical)

  • Low phase noise for clean and stable signal generation

  • Ideal for aerospace, radar, telecom, and defense test setups

  • Remote programmable via SCPI, Python, MATLAB, LabVIEW

  • Frequency Range: 100 kHz to 20 GHz

  • Channels: 1

  • Form Factor: 1U, 19” rack-mounted unit

  • Switching Speed: <100 µs typical

  • Modulation Types: AM, FM, PM, Sweep, Pulse

  • Phase Noise: Low, suitable for microwave-level precision

  • Control Interface: SCPI, Python, MATLAB, LabVIEW

  • Use Cases: Microwave signal testing, radar validation, defense communication systems, RF production automation